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Nuclear m6A Reader YTHDC1 Regulates mRNA Splicing

Molecular Cell · 2016 · Vol. 61(4) · pp. 507–519

Wen Xiao(University of Chinese Academy of Sciences)Samir Adhikari(Center for Excellence in Molecular Cell Science)Ujwal Dahal(University of Chinese Academy of Sciences)Yusheng Chen(University of Chinese Academy of Sciences)Yajuan Hao(University of Chinese Academy of Sciences)Baofa Sun(Chinese Academy of Sciences)Huiying Sun(University of Chinese Academy of Sciences)Ang Li(Center for Excellence in Molecular Cell Science)Xiaoli Ping(Chinese Academy of Sciences)Weiyi Lai(Research Center for Eco-Environmental Sciences)Xing Wang(Institute of Genetics and Developmental Biology)Haili Ma(University of Chinese Academy of Sciences)Chun-Min Huang(Chinese Academy of Sciences)Ying Yang(Center for Excellence in Molecular Cell Science)Niu Huang(National Institute of Biological Sciences, Beijing)Guibin Jiang(Chinese Academy of Sciences)Hailin Wang(Chinese Academy of Sciences)Qi Zhou(Institute of Zoology)Xiu‐Jie Wang(Institute of Genetics and Developmental Biology)Yongliang Zhao(Beijing Institute of Genomics)Yun‐Gui Yang✉(Center for Excellence in Molecular Cell Science)

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RNA modifications and cancer RNA Research and Splicing Cancer-related molecular mechanisms researchRNA splicingBiologyExonMessenger RNARNA-binding proteinAlternative splicingPrecursor mRNASplicing factorExonic splicing enhancerCell biology

MeSH terms

Serine-Arginine Splicing FactorsRNA Splicing FactorsAdenosineBinding SitesExonsHeLa CellsHumansNerve Tissue ProteinsRepressor ProteinsRNA SplicingRNA, MessengerRNA-Binding ProteinsCell Cycle Proteins